_Recent conflicts have exposed a growing vulnerability in America’s digital infrastructure—and US regulations could make defending it significantly harder._

National Interest | Henry Rogers

American data centers face escalating physical vulnerabilities as adversaries ingest the lessons of recent drone warfare operations in Ukraine and the Persian Gulf. In the summer of 2026, Ukrainian strikes against commercial giants like Wildberries and Iranian drone attacks disrupting Amazon Web Services facilities demonstrated how low-cost unmanned aerial systems can cripple critical economic nodes.

Because rapid digitization and artificial intelligence demands have driven operators to cluster these facilities in massive, interconnected campuses across Northern Virginia, Atlanta, Santa Clara, and Dallas, they represent concentrated targets vulnerable to coordinated kinetic disruption. Despite the availability of anti-drone sensors and jamming systems, federal regulations severely complicate protective measures. Under Federal Aviation Administration rules, the airspace above private data center campuses remains public domain, rendering it illegal for facility owners to shoot down or interfere with incoming aerial threats. Policymakers must reform these airspace barriers to allow civilian investment in site-defense infrastructure before overseas vulnerabilities replicate domestically.

Comment

Data centres rely on delicate internal environmental controls, requiring constant power delivery and massive cooling apparatuses that make them structurally unsuited to withstand kinetic impacts. When an unmanned aerial system breaches a server campus, the ensuing fires and extinguishing agents often inflict cascading damage on the hardware that far exceeds the initial blast radius. Consequently, even a minor disruption to facilities operated by Amazon Web Services in the Persian Gulf can take critical computing nodes offline for six months or more.

Strategic Question for Discussion

What happens to regional digital infrastructure resilience when Amazon Web Services facilities remain offline for half a year after an unmanned aerial strike, and how does that disruption alter corporate risk calculations for domestic cloud clustering?

Extended outages force clients to scramble for backups and migrate workloads across international borders, immediately threatening data sovereignty. This prolonged downtime suggests that current redundancy models are insufficient against sustained attrition targeting concentrated server campuses.

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